Bibliothèque de L'IMIST/CNRST

Includes bibliographical references and index.

Fourier transform and signal manipulation / Luc J. Eveleigh -- Maximum entropy methods in nmr data processing / Kevin M. Wright -- Analysis of NMR relaxation data / Kenneth P. Whittall -- Nonlinear regression / Ricardo S. Cármenes -- The Padé-Laplace analysis of NMR signals / Jean Aubard and Patrick Levoir -- Digital filtering / Keith J. Cross -- Binomial filters / Ēriks Kupče -- Linear prediction and singular value decomposition in NMR signal analysis / Mihaela Lupu and Dorin Todor -- A Windows program for relaxation parameter estimation / Douglas N. Rutledge -- Continuous relaxation time distribution decomposition by MEM / F. Mariette, J.P. Guillement, C. Tellier and P. Marchal -- Examples of the use of Padé-Laplace in NMR / D. Le Botlan -- Analysis and interpretation of NMR water proton relaxation data / B.P. Hills -- Scattering wavevector analysis of pulsed gradient spin echo data / Andrew Coy and Paul T. Callaghan -- Accuracy and precision of intensity determinations in quantitative NMR / Jean-Philippe Grivet -- Least-squares estimation of parameters affecting NMR line-shapes in multi-site chemical exchange / Guido Crisponi -- Reference deconvolution in NMR / Gareth A. Morris -- Continuous wave and rapid scan correlation NMR / P.S. Belton -- Data processing in high-resolution multidimensional NMR / Marc A. Delsuc -- Neural networks for 2D NMR spectroscopy / Simon Cone -- Analysis of nuclear magnetic resonance spectra of mixtures using multivariate techniques / Trond Brekke and Olav M Kvalheim -- Quantitative magnetic resonance imaging : applications and estimation of errors / Simon J. Doran -- Stochastic spectroscopic imaging / Helge Nilgens and Bernhard Blümich -- Application of multivariate data analysis techniques to NMR imaging / Hans Grahn and Paul Geladi.

Signal analysis and signal treatment are integral parts of all types of Nuclear Magnetic Resonance. In the last ten years, much has been achieved in the development of dimensional spectra. At the same time new NMR techniques such as NMR Imaging and multidimensional spectroscopy have appeared, requiring entirely new methods of signal analysis. Up until now, most NMR texts and reference books limited their presentation of signal processing to a short introduction to the principles of the Fourier Transform, signal convolution, apodisation and noise reduction. To understand the mathematics of the newer signal processing techniques, it was necessary to go back to the primary references in NMR, chemometrics and mathematics journals. The objective of this book is to fill this void by presenting, in a single volume, both the theory and applications of most of these new techniques to Time-Domain, Frequency-Domain and Space-Domain NMR signals. Details are provided on many of the algorithms used and a companion CD-ROM is also included which contains some of the computer programs, either as source code or in executable form. Although it is aimed primarily at NMR users in the medical, industrial and academic fields, it should also interest chemometricians and programmers working with other techniques.

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